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CPI
CPI RSC12V1-AC RSCxx Series Redundant System Controllers
Product Code:
RSC12V1-AC
Condition:
New
Availability:
YES
Weight:
3.40 KGS
Width:
48.30
(cm)
Height:
43.70
(cm)
Depth:
44.50
(cm)
Request a quote at Contact@orbitalconnect.com or +1.888.315.9545
Redundant systems increase system availability by including two or more of the same type of equipment (unit) in the signal path, where at least one unit serves as a backup for the others. The backup may be switched in to replace an on-line unit if a fault is detected in that unit.
Common types of redundant systems are 1:1, which consists of two units, one on-line and one backup; and 1:2, which consists of three units, two on-line carrying two separate channels, and one backup that can replace either of the on-line units. Less common Dual 1:1 systems consist of two pairs of 1:1 systems (four units total) in one installation, with one redundant pair on each
channel.
The RSC series of redundant system controllers are capable of controlling various types of equipment in 1:1, 1:2, or Dual 1:1 systems. They can directly power most LNA or LNB units and
monitor the output voltages and currents to detect faults. The RSC can also monitor external alarm signals, such as summary alarms from SSPA units, or a combination of output currents and
external alarm inputs. Upon detecting a fault, the RSC drives an RF transfer switch to activate the spare unit.
The RSC offers monitoring and control of auxiliary RF hardware; remote monitor and control via network, serial interface, or parallel I/O; flexible configuration of the system behavior; remote disable of local controls for security; and the ability to detect and report certain failures within the controller itself.
Remote Control Panel Option
A second RSC can be linked to a primary RSC to provide full system control from an alternate control site. When set up this way, the secondary RSC is referred to as a remote control panel, or RCP. The configuration and settings of the primary RSC are transferred to the RCP, which then mimics its controls and interfaces. This permits system operation from a location that is up to 4000 ft. (1200 m) distant from the primary controller.
Configuring an RSC to become an RCP (and the reverse) can be done through the front panel controls by the user.
FEATURES:
• 10/100 Base T Ethernet network interface
• Internal webpage for configuration, monitor and control
• Supports SNMP v1, v2c, and v3
• Standard rack -mount chassis, 19” widepanel, 1¾”(1 RU) high
• Dual, redundant power supplies
• Manual or automatic operation
• Monitors unit currents, external alarms, or a combination of both
• Automatically switches RF path to standby unit when unit failure occurs
• User-selectable RS-232/-422/-485 serial I/O, and parallel I/O M&C interfaces
• Menu-driven user configuration of all options
• Mimic front panel graphically depicts switch positions and unit status
• Worldwide universal AC unit capability standard
• Audible alarm
• CE certified and RoHs compliant; EAR 99
• Monitor and Power Tracking Unit in monopulse systems
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Details
Redundant systems increase system availability by including two or more of the same type of equipment (unit) in the signal path, where at least one unit serves as a backup for the others. The backup may be switched in to replace an on-line unit if a fault is detected in that unit.
Common types of redundant systems are 1:1, which consists of two units, one on-line and one backup; and 1:2, which consists of three units, two on-line carrying two separate channels, and one backup that can replace either of the on-line units. Less common Dual 1:1 systems consist of two pairs of 1:1 systems (four units total) in one installation, with one redundant pair on each
channel.
The RSC series of redundant system controllers are capable of controlling various types of equipment in 1:1, 1:2, or Dual 1:1 systems. They can directly power most LNA or LNB units and
monitor the output voltages and currents to detect faults. The RSC can also monitor external alarm signals, such as summary alarms from SSPA units, or a combination of output currents and
external alarm inputs. Upon detecting a fault, the RSC drives an RF transfer switch to activate the spare unit.
The RSC offers monitoring and control of auxiliary RF hardware; remote monitor and control via network, serial interface, or parallel I/O; flexible configuration of the system behavior; remote disable of local controls for security; and the ability to detect and report certain failures within the controller itself.
Remote Control Panel Option
A second RSC can be linked to a primary RSC to provide full system control from an alternate control site. When set up this way, the secondary RSC is referred to as a remote control panel, or RCP. The configuration and settings of the primary RSC are transferred to the RCP, which then mimics its controls and interfaces. This permits system operation from a location that is up to 4000 ft. (1200 m) distant from the primary controller.
Configuring an RSC to become an RCP (and the reverse) can be done through the front panel controls by the user.
FEATURES:
• 10/100 Base T Ethernet network interface
• Internal webpage for configuration, monitor and control
• Supports SNMP v1, v2c, and v3
• Standard rack -mount chassis, 19” widepanel, 1¾”(1 RU) high
• Dual, redundant power supplies
• Manual or automatic operation
• Monitors unit currents, external alarms, or a combination of both
• Automatically switches RF path to standby unit when unit failure occurs
• User-selectable RS-232/-422/-485 serial I/O, and parallel I/O M&C interfaces
• Menu-driven user configuration of all options
• Mimic front panel graphically depicts switch positions and unit status
• Worldwide universal AC unit capability standard
• Audible alarm
• CE certified and RoHs compliant; EAR 99
• Monitor and Power Tracking Unit in monopulse systems
Download
| Download Name | |
| RSCxx Series Redundant System Controllers Data Sheet | |
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